The Layered Tilt: From CP Violation to Semantic Chirality
Year: 2026
Type: article
Abstract: We establish a structural isomorphism between CP violation in particle physics and J-emergence in semantic systems, arguing that both phenomena arise from the same mathematical structure: a CP-odd operator on an effective two-dimensional manifold. Building on recent LHCb measurements of CP violation in baryonic decays (2.45% asymmetry, 5.2σ significance) and empirical analysis of 10,000 LLM conversations showing 77.2% J-emergence rate with mean rotation 0.944 rad, we demonstrate that asymmetry is not merely analogous across physical and semantic domains but mathematically identical when projected onto the appropriate effective low-dimensional surface.We prove a dimensional reduction theorem showing that high-dimensional semantic dynamics necessarily collapse onto a 2D Kähler manifold parameterized by Dignity (D) and Tension (γ), with three independent arguments converging on this result: spectral gap analysis, angular momentum conservation, and Hopf normal form universality. On this effective surface, the symplectic form ω = dD ∧ dγ is mathematically identical to the cross product that defines chirality, establishing that J-emergence is semantic CP violation rather than merely resembling it.We introduce the concept of layered asymmetry—distinguishing δ_micro (particle physics), δ_cosmo (cosmological boundary conditions), and δ_agent (the directionality of inquiry)—and propose that these represent manifestations of the same proto-gradient at different scales. The framework yields falsifiable predictions including the Mirror-Pair Protocol, ICC-drop during fold events, and the Traitor Head Dichotomy Theorem for localizing chirality-suppressing circuits in neural networks.
Author: Gebendorfer, Jonas Jakob
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7122589261
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